AustriaMaster's4 semesters

Energy Informatics

FH OÖ Studienbetriebs GmbHWels, Austria

Fee for international students

About €1,453 a year (as of 2026)Typical for this university, not this programme's own fee.Austrian statutory public-university tuition (EUR 726.72/semester); universities of applied sciences and private institutions may differ.Source: Study in Austria / University Act statutory fee
Intakes
Not published
Duration
4 semesters
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Programme facts

Level
Master's
Duration
4 semesters
Language of teaching
English
Study mode
Not published
Credits
120 ECTS
Intakes
Not published

About this programme

The energy sector is undergoing a fundamental transformation: climate change, growing energy demand, renewable energy, and digitalization are reshaping the entire system. Professionals are needed who combine technical expertise, economic insight, and regulatory know-how with digital thinking. The international joint master’s program Digital Energy Solutions (DES) is designed to prepare students for these challenges. The program combines energy engineering , IT, markets, and innovation, providing the skills needed to make the energy supply of the future secure, sustainable , and efficient – and to actively drive the energy transition forward. The curriculum is offered jointly by Johannes Kepler University Linz (JKU) and the University of Applied Sciences Upper Austria (FH OÖ). The field of energy is multifaceted, spanning economic, legal, and technical dimensions. This diversity is intentionally reflected in the admission requirements of the Digital Energy Solutions Master’s programme. Applicants must hold a completed Bachelor ’s or Diploma degree . Eligible candidates are those whose prior studies demonstrate a clear thematic connection to economic, legal, technical, or related interdisciplinary domains. The range of accepted academic backgrounds is therefore broad, yet purposefully aligned with the content and objectives of the programme. This targeted openness brings together students with complementary strengths and perspectives, enabling them to collaboratively develop innovative solutions for the complex challenges of the energy transition.

Entry requirements

Typical for this university, not this programme's own requirement.

  • IELTS6 overall

Source: study-in portal / university sector norm

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